Rutenberg, Andrew

 

Recent Submissions

  • Classical Antiferromagnets on the Kagome Lattice 

    HUSE, DA, and AD RUTENBERG. 1992. "Classical Antiferromagnets on the Kagome Lattice." Physical Review B 45(13): 7536-7539.
    No abstract available.

  • Temperature dependence of MinD oscillation in Escherichia coli: Running hot and fast 

    Touhami, Ahmed, Manfred Jericho, and Andrew D. Rutenberg. 2006. "Temperature dependence of MinD oscillation in Escherichia coli: Running hot and fast." Journal of Bacteriology 188(21): 7661-7667.
    No abstract available.

  • Diffusion of Asymmetric Swimmers 

    Rutenberg, Andrew D., Andrew J. Richardson, and Claire J. Montgomery. 2003. "Diffusion of Asymmetric Swimmers." Physical Review Letters 91(8): 806011-806014.
    Asymmetric swimmers that would move at a constant speed in perfect circles in the absence of fluctuations were studied. Particles moving at a constant speed with either a fixed or a Gaussian distributed magnitude of curvature ...

  • Clocking out: modeling phage-induced lysis of Escherichia coli 

    Ryan, G. L., and A. D. Rutenberg. 2007. "Clocking out: modeling phage-induced lysis of Escherichia coli." Journal of Bacteriology 189(13): 4749-4755.
    Phage lambda lyses the host Escherichia coli at a precisely scheduled time after induction. Lysis timing is determined by the action of phage holins, which are small proteins that induce hole formation in the bacterium's ...

  • Unwinding scaling violations in phase ordering 

    Rutenberg, A. D., and A. J. Bray. 1995. "Unwinding scaling violations in phase ordering." Physical Review Letters 74(19): 3836-3839.
    No abstract available.

  • Theory of spinodal decomposition - Comment 

    Rutenberg, AD. 1996. "Theory of spinodal decomposition - Comment." Physical Review Letters 76(1): 158-158.
    No abstract available.

  • Anisotropic coarsening: Grain shapes and nonuniversal persistence 

    Rutenberg, AD, and BP Vollmayr-Lee. 1999. "Anisotropic coarsening: Grain shapes and nonuniversal persistence." Physical Review Letters 83(19): 3772-3775.
    No abstract available.

  • Persistence, poisoning, and autocorrelations in dilute coarsening 

    Lee, Benjamin P., and Andrew D. Rutenberg. 1997. "Persistence, poisoning, and autocorrelations in dilute coarsening." Physical Review Letters 79(24): 4842-4842.
    No abstract available.

  • Dynamic compartmentalization of bacteria: Accurate division in E-coli 

    Howard, M., AD Rutenberg, and S. de Vet. 2001. "Dynamic compartmentalization of bacteria: Accurate division in E-coli." Physical Review Letters 87(27): 278102-278102.
    No abstract available.

  • Pattern formation inside bacteria: Fluctuations due to the low copy number of proteins 

    Howard, M., and AD Rutenberg. 2003. "Pattern formation inside bacteria: Fluctuations due to the low copy number of proteins." Physical Review Letters 90(12): 128102-128102.
    No abstract available.

  • Dynamics of dislocations and surface instabilities in misfitting heteroepitaxial films 

    Haataja, M., J. Muller, AD Rutenberg, and M. Grant. 2002. "Dynamics of dislocations and surface instabilities in misfitting heteroepitaxial films." Physical Review B 65(3): 035401-035401.
    No abstract available.

  • Dislocations and morphological instabilities: Continuum modeling of misfitting heteroepitaxial films 

    Haataja, M., J. Muller, AD Rutenberg, and M. Grant. 2002. "Dislocations and morphological instabilities: Continuum modeling of misfitting heteroepitaxial films." Physical Review B 65(16): 165414-165414.
    No abstract available.

  • Monodisperse domains by proteolytic control of the coarsening instability 

    Derr, Julien, and Andrew D. Rutenberg. 2011. "Monodisperse domains by proteolytic control of the coarsening instability." Physical Review E - Statistical, Nonlinear, and Soft Matter Physics 84(1).
    The coarsening instability typically disrupts steady-state cluster-size distributions. We show that degradation coupled to the cluster size, such as arising from biological proteolysis, leads to a fixed-point cluster size. ...

  • Pulling helices inside bacteria: imperfect helices and rings 

    Allard, J. F., and A. D. Rutenberg. 2009. "Pulling helices inside bacteria: imperfect helices and rings." Physical Review Letters 102(15): 158105.
    We study steady-state configurations of intrinsically-straight elastic filaments constrained within rod-shaped bacteria that have applied forces distributed along their length. Perfect steady-state helices result from axial ...

  • Self-organization of the MinE protein ring in subcellular Min oscillations 

    Derr, J., J. T. Hopper, A. Sain, and A. D. Rutenberg. 2009. "Self-organization of the MinE protein ring in subcellular Min oscillations." Physical review.E, Statistical, nonlinear, and soft matter physics 80(1 Pt 1): 011922.
    We model the self-organization of the MinE ring that is observed during subcellular oscillations of the proteins MinD and MinE within the rod-shaped bacterium Escherichia coli. With a steady-state approximation, we can ...

  • Subcellular Min Oscillations as a Single-Cell Reporter of the Action of Polycations, Protamine, and Gentamicin on Escherichia coli 

    Downing, Benjamin P. B., Andrew D. Rutenberg, Ahmed Touhami, and Manfred Jericho. 2009. "Subcellular Min Oscillations as a Single-Cell Reporter of the Action of Polycations, Protamine, and Gentamicin on Escherichia coli." Plos One 4(9): 7285-e7285.
    No abstract available.

  • Steady-state helices of the actin homolog MreB inside bacteria: dynamics without motors 

    Allard, J. F., and A. D. Rutenberg. 2007. "Steady-state helices of the actin homolog MreB inside bacteria: dynamics without motors." Physical review.E, Statistical, nonlinear, and soft matter physics 76(3 Pt 1): 031916.
    Within individual bacteria, we combine force-dependent polymerization dynamics of individual MreB protofilaments with an elastic model of protofilament bundles buckled into helical configurations. We use variational ...

  • Maximally fast coarsening algorithms 

    Cheng, M., and A. D. Rutenberg. 2005. "Maximally fast coarsening algorithms." Physical review.E, Statistical, nonlinear, and soft matter physics 72(5 Pt 2): 055701.
    We present maximally fast numerical algorithms for conserved coarsening systems that are stable and accurate with a growing natural time step Deltat=At2/3s. We compare the scaling structure obtained from our maximally fast ...